Cancer Cures
Major Media Articles Reveal Potential Cancer Cures

Below are revealing one-paragraph excerpts of important articles on cancer cures from the mainstream media. Links are provided to the full articles on major media websites. If any link should fail to function, click here. A few key articles even reveal that the highly profitable drug industry will not support some of these promising cancer cures as it would greatly hurt their profits. By choosing to educate ourselves on these important issues and to spread the word, we can and will build a brighter future.

Note: For an index to revealing excerpts of media articles on several dozen other engaging topics, click here.

There are no magic bullets in the fight against cancer: that's the first thing every responsible scientist mentions when discussing a possible new treatment, no matter how promising. If there were a magic bullet, though, it might be something like dichloroacetate, or DCA, a drug that kills cancer cells by exploiting a fundamental weakness found in a wide range of solid tumors. So far, though, it kills them just in test tubes and in rats infected with human cancer cells; it has never been tested against cancer in living human beings. DCA ... is an existing drug whose side effects are well-studied and relatively tolerable. Also, it's a small molecule that might be able to cross the blood-brain barrier to reach otherwise intractable brain tumors. Within days after a technical paper on DCA appeared in the journal Cancer Cell last week, the lead author, Dr. Evangelos Michelakis of the University of Alberta, was deluged with calls and e-mails from prospective patients–to whom he can say only, "Hang in there." DCA is a remarkably simple molecule. It acts in the body to promote the activity of the mitochondria. Researchers have assumed that the mitochondria in cancer cells were irreparably damaged. But Michelakis wondered if that was really true. With his colleagues he used DCA to turn back on the mitochondria in cancer cells–which promptly died. One of the great things about DCA is that it's a simple compound, in the public domain, and could be produced for pennies a dose. But that's also a problem, because big drug companies are unlikely to spend a billion dollars or so on large-scale clinical trials for a compound they can't patent. (Anyone interested in helping can click here.)

Note: Thank you Newsweek for publishing this important article on a potential cancer cure. Why haven't any other U.S. media reported this major story? Notice how even Newsweek acknowledges that the drug companies are not interested in finding a cure for cancer if they can't make a profit from it. Some suspect that the pharmaceutical industry has even suppressed cancer cures found in the past. For one amazing example of this, click here.

In what a dying Rick Smalley called the most important application from his Nobel Prize-winning discovery [of fullerines], Houston researchers are using [carbon] nanotubes heated by radio waves to kill cancer cells. In a paper posted online by the journal Cancer, a team at the University of Texas M.D. Anderson Cancer Center and Rice University reported that the technique destroyed liver cancer tumors in rabbits and caused no side effects. It is thought to hold the same potential for many other cancers. "I don't want to overstate matters – I'm the biggest skeptic in the world – given the challenges still ahead of us," Dr. Steven Curley, an M.D. Anderson surgical oncologist and the paper's senior author, said Thursday. "But my hope is that this will be a very useful tool to safely and efficiently treat a lot of types of cancer." The therapy marries two disparate disciplines: the relatively ancient field of radio waves and nanotechnology, the cutting-edge science of the ultra-small. The rabbit study found the therapy worked only when the two were used together. It works not by poisoning but by creating a localized hyperthermia – or small fever – that destroys the cancer cells' membranes, protein and even DNA. The cells then die and are carried out of the body through normal kidney functions. In the experiment recounted in Cancer, the rabbits were injected with a solution of single-walled carbon nanotubes – hollow cylinders of pure carbon measuring about a billionth of a meter across – then exposed to two minutes of radio-frequency treatment. The result, researchers said, was the thermal destruction of 100 percent of the tumors. The idea was inspired by John Kanzius, an M.D. Anderson leukemia patient and retired Pennsylvania radio and television station owner. He developed a radio-frequency generator after undergoing chemotherapy and noting its effect on himself and other patients.

Note: For many hopeful new developments in the search for cancer cures, click here.

White blood cells from mice that are naturally immune to cancer cured tumors in other mice and provided them with lifelong immunity to the disease, researchers reported Monday. The finding indicates the existence of a biological pathway previously unsuspected in any species. A small team of researchers is working to understand the genetic and immunological basis of the surprising phenomenon. Preliminary studies hint at the existence of a similar resistance in humans. Researchers hope that harnessing the biological process could lead to a new approach to treating cancer. But Dr. Zhen Cui of Wake Forest, whose team published the findings in the Proceedings of the National Academy of Science, said he expected rapid replication of the results because the findings were so clear-cut and easily observed. "This is a truly remarkable phenomenon -- and it really needs confirmation from other institutions," he said. The team took white blood cells from the immune mice...and injected them into mice already carrying a variety of tumors, some of which were extremely aggressive. In every case, the cancers were destroyed, even if the cells were injected at a point distant from the tumor. Healthy tissues were not affected. The mice that received the cells, furthermore, were protected from new tumors for the rest of their lives. The researchers have no idea how the immunity continues.

Note: Why was this not in the headlines and not given a title like "Cancer Cure Found for Mice"? Most major papers didn't even report the story, and an article in the New York Times was titled simply "A Strain of Mice Appears Able to Resist Cancer Cells." Could it be that the power brokers in the medical industry know that a cancer cure would cause huge financial losses for them? For what happened to an incredible scientist in the past who discovered a cancer cure for humans, see https://www.WantToKnow.info/health/cancercures/cancer_cures

Is mainstream medical science ignoring an inexpensive, painless, readily available cure for cancer? Government nutrition researcher [Dr. Mark Levine] has published new evidence that suggests vitamin C can work like chemotherapy - only better. But so far, he hasn't been able to interest cancer experts in conducting the kind of conclusive studies that, one way or the other, would advance treatment. "If vitamin C is useful in cancer treatment, that's wonderful. If it's not, or if it's harmful, that's fine, too," said Levine, a Harvard-educated physician at the National Institute of Diabetes and Digestive and Kidney Diseases. The distinction between oral and intravenous is crucial. The body automatically gets rid of extra C through urine. Levine's lab has shown that, at high concentrations, the vitamin is toxic to many types of cancer cells in lab dishes. But to get that much C into the body before it's eliminated, it must be put directly into the blood. Five out of nine types of cancer cells that were put in simulated body-cavity fluid died when concentrated ascorbate or peroxide was added to the dish. And the best part: This same lethal marinade had no effect on healthy cells. "Interest is definitely growing," said Kenneth Bock, physician and president of the American College for Advancement in Medicine, an alternative-medicine society that teaches ascorbate infusion protocols. The American Cancer Society and the American Association of Clinical Oncologists warn patients against high-dose C, as do leading cancer centers such as the University of Pennsylvania's and Memorial Sloan-Kettering.

Note: If the above link does not work, the article is also available on the website of the San Diego Union-Tribune. For why this is not making major headlines in the news, click here and here.

Today, some scientists think [that] germs can teach our bodies how to fight back against tumors. Dr. John Timmerman, a cancer immunotherapy expert at UCLA's Jonsson Cancer Center, says this revolution has produced "the most exciting sets of compounds in cancer immunology." New studies are revealing that certain cancers may be reduced by exposure to disease-causing bacteria and viruses. The studies also imply that our cleaner, infection-free lifestyles may be contributing to the rise in certain cancers over the last 50 years, scientists say, because they make the immune system weaker or less mature. Germs cause disease but may also fortify the body, a notion summed up in a 2006 report by a team of Canadian researchers as "whatever does not kill me makes me stronger." In the 1980s, dermatologists began noticing that patients with severe acne, which is caused by another type of bacterium, have reduced rates of skin cancer, lymphoma and leukemia. According to a paper by Dr. Mohammad Namazi at the Shiraz University of Medical Sciences in Iran, studies showed that these bacteria, when injected into animals, appear to stimulate the immune system and shrink tumors. In reports published in the last two years, Harvey Checkoway, a University of Washington epidemiologist, has found that female cotton workers in Shanghai have a 40% to 60% lower risk of lung, breast, and pancreas cancer than other factory workers. Other recent studies by Giuseppe Mastrangelo at the University of Padua in Italy found that dairy farmers exposed to high levels of manure dust are up to five times less likely to develop lung cancer than their colleagues who work in open fields.

Note: For exciting reports of promising new approaches to curing cancer, click here.

For most, a cancer diagnosis can be devastating. But for John Kanzius it was a call to action. Kanzius isn't a doctor. He doesn't even have a college degree. Yet ... the device he invented has impressed a notable researcher and inspired his hometown, Erie, Pa., to the point where it gave him a key to the city in April. Asked by [a reporter] what made him think he could cure cancer, Kanzius replied with a laugh, "Nobody else was doing it! I envision this treatment taking no more than a couple of minutes or so." Kanzius hopes cancer treatments could work something like this: A patient would be injected with tiny metal nano-particles, which would be carried through the bloodstream by a targeting molecule and attach only to cancerous cells. The patient would then be exposed to an energy field created by radio waves, and feel nothing, while the nano-particles would generate enough heat to destroy their cancerous host cell. Kanzius demonstrated just how easily the nano-particles could be used as receivers. A lab worker injected carbon nano-particles into a specific spot in a piece of liver, which was then placed into an energy field of low frequency radio waves. Within seconds, the areas injected the with nano-particles were heated to the point of actually cooking the liver, while leaving the surrounding meat unscathed. Kanzius' invention has caught the attention of Dr. Steven Curley, a surgical oncologist and cancer researcher at MD Anderson Cancer Center in Houston.
"This has the most fascinating potential I've seen in anything in my twenty years of cancer research," Curley [said]. Curley has developed current methods of using radio frequencies to attack cancer, but says he looks forward to one day using a non-invasive approach like the one Kanzius is working on.

Over a period of 30 years, highly qualified Perth-based surgeon Dr John Holt has had some startling successes with a radio-wave therapy treatment for cancer patients. Dr Holt's controversial treatment works, in layperson's terms, by giving the patient an injection of a glucose-blocking agent. He then shines "radio waves" into the body at a specific frequency. Dr Holt doesn't guarantee it will cure every cancer, but it's not expensive and there's no quackery about it. Born in Bristol 80 years ago and a member of the Royal Colleges, Dr Holt has 26 medical letters after his name. For more than a decade he was in charge of Western Australia's main cancer institute, until the late '70s, when he was blacklisted by his medical colleagues and politicians. The polarisation of the medical and scientific community in Perth over Dr Holt's treatment has been evident since the mid-'70s. While the medical community continues to argue the merits of Dr Holt's unorthodox measures, the families of his successes feel they owe everything to this gentle man. After two brain tumours and a tumour on her spine, Sophia Rosa was sent by pre-eminent brain surgeon Dr Charlie Teo for the radical treatment. Two years later, the only sign Sophia had cancer are the side-effects from the massive doses of chemotherapy given in Sydney.

Note: If the above link fails, click here. For more on Dr. Holt's work, click here. For the story of Royal Rife, another famed scientist who suffered dearly for finding a cure for cancer, click here.

An ancient native American treatment for cancer has been shown to have a beneficial effect despite scepticism from the medical establishment. Chaparral, an evergreen desert shrub, has long been used by native Americans to treat cancer, colds, wounds, bronchitis, warts, and ringworm. But experts dismissed its worth, and warned it could be dangerous. Now researchers at the Medical University of South Carolina have shown an extract may shrink some tumours. Chaparral tea was widely used in the US as an alternative anti-cancer agent from the late 1950s to the 1970s. However, the American Cancer Society said there was no proof that it was an effective treatment for cancer - or any other disease. And the US Food and Drug Administration warned against its use after research showed it could damage the liver and the kidneys. However, initial results from the latest study show that an extract of the shrub appears not only to be safe, but to have a positive effect. The researchers tested a refined extract taken from chaparral called M4N. They injected it into the tumours of eight patients with advanced head and neck cancer that had not responded to other forms of treatment. The results were encouraging - patients seemed to tolerate it well, and there was no evidence of the serious liver damage previously associated with chaparral use. The study also produced some evidence that the extract had begun to shrink the tumours.

Note: Some believe that because cancer treatment brings huge profits, viable treatments which are inexpensive are strongly suppressed. For reliable evidence on this, click here and here.

In results that "astounded" scientists, an inexpensive molecule known as DCA was shown to shrink lung, breast and brain tumours in both animal and human tissue experiments. The study was published yesterday in the journal Cancer Cell. "I think DCA can be selective for cancer because it attacks a fundamental process of cancer that is unique to cancer cells," said Dr. Evangelos Michelakis, a professor at the Edmonton university's medical school and one of the study's key authors. The molecule appears to repair damaged mitochondria in cancer cells. "When a cell is getting too old or doesn't function properly, the mitochondria are going to induce the cell death," lead study author Sebastien Bonnet said yesterday. Bonnet says DCA – or dichloroacetate – appears to reverse the mitochondrial changes in a wide range of cancers. "One of the really exciting things about this compound is that it might be able to treat many different forms of cancer because all forms of cancer suppress mitochondrial function," Michelakis said. Bonnet says DCA may also provide an effective cancer treatment because its small size allows easy absorption into the body, ensuring it can reach areas that other drugs cannot, such as brain tumours. Because it's been used to combat other ailments ... DCA has been shown to have few toxic effects on the body. Its previous use means it can be immediately tested on humans. Unlike other cancer drugs, DCA did not appear to have any negative effect on normal cells. It could provide an extremely inexpensive cancer therapy because it's not patented. But ... the lack of a patent could lead to an unwillingness on the part of pharmaceutical companies to fund expensive clinical trials.

Note: Even these scientists realize that though this discovery could be a huge benefit to mankind, because the drug companies will lose profits, they almost certainly will not fund studies. Expensive AIDS drugs with promising results, on the other hand, are rushed through the studies to market. For more reliable, verifiable information on how hugely beneficial health advances are shut down to keep profits high, click here and here.

Dr. Walter Bernard Coffey of San Francisco was again asking the State of New York's Department of Social Welfare permission to open a cancer research laboratory and clinic at Huntington, L. I. His cohorts surrounded him. Opposed were Dr. John Augustus Hartwell, president of the New York Academy of Medicine, spokesman for organized Medicine, and his cohorts. The simple question was: Should the State authorize the cancer clinic? But in the train of that simple question came a most extraordinary range of considerations–the nature and cause of cancer; the nature and authenticity of the Coffey-Humber cancer treatment; medical ethics, human nature, public policy, money, fame, and even national politics. Dr. Coffey ... is chief surgeon of Southern Pacific Co. He has 600 doctors working under him. They care for 70,000 railroad men and their families. Dr. John Augustus Hartwell, 61, president of the New York Academy of Medicine ... and most of his associates want Drs. Coffey & Humber and their cancer extract kept away from New York. They fear that the hope of a Coffey-Humber cancer cure will persuade the cancerous to abandon the orthodox treatment of surgery, X-rays and radium. Very quickly after a sufferer gets a Coffey-Humber injection, his pain quiets, and in 71% of the cases disappears. In most of the cases who do not die (Drs. Coffey & Humber will treat only the moribund, cases rejected as hopeless by at least two reputable doctors), the cancer becomes necrotic, ceases to smell, and sloughs off leaving a clean hole. That undeniably happens. Why that happens is debatable.

Note: To read how permission for the innovative cancer clinic was eventually refused, click here. If you want to understand how politics and big money prevented the legitimate study of promising cancer cures back in the 1930s, this article is a highly revealing "must read."

Researchers at an Australian university believe they have developed a breakthrough showing skin cancer can be stopped by the common cold virus. Skin cancer, or melanoma, is the fifth most common form of cancer. Australia has the highest rate of melanoma in the world, with one out of every two people likely to develop some form of the disease during their lifetime. A team led by Professor Darren Shafren at the University of Newcastle, about 150 kilometers north of Sydney, have established that malignant melanoma cells can be destroyed by infecting them with coxsackievirus, the common cold virus. "We believe this is a significant breakthrough in the development of the treatment of melanoma," Dr Shafren said in a statement released by the university Wednesday. He said the results achieved so far using human cells and in animal studies had been "very exciting". "If we can replicate that success in human trials, the treatment of this often fatal disease could be available within the next few years," he said. According to the university researchers, the projected process begins by injecting the common cold virus into a melanoma. The virus replicates itself and then, according to the projection, begins killing off the melanoma. Within weeks, there is a reduction in the size of the melanoma and it eventually disappears. Dr Shafren noted that the coxsackievirus was not a manufactured drug or a genetically altered virus. Instead, it was a virus that occurred in the community.

Note: Why wasn't this exciting development put on the fast track and lots of money pored in to develop it quickly. Could it be that this cancer treatment would negatively impact the huge profits of the drug companies? For more reliable information on this, click here.

Very cagily did Dr. Edward Sigfrid Sundstroem of the University of California Medical School at Berkeley report last week that experimentally he had cured laboratory-developed cancer in rats by keeping them for three to six weeks in low pressure tanks. The reduced oxygen tension in those tanks simulated atmospheric conditions on tops of mountains four to five miles high. His hesitancy in making the report was due to: 1) ordinary scientific cautiousness; 2) the misinterpretation of the experimental adrenal cortex cancer treatment being tried out by Drs. Walter Bernard Coffey and John Davis Humber in San Francisco. Previous experimenters have retarded growth of cancer cells by low tension oxygen treatment. Dr. Sundstroem declared his were the first "cures" by this means. In it one great danger exists. Minute care must be taken in reducing the atmospheric pressure in the tanks very slowly, else the rats die. Because of this, half of Dr. Sundstroem's test rats died. Of 133 which lived, 83% were definitely freed of their laboratory cancer.

Note: Why wasn't this seriously pursued so that the number who died could be reduced? If 83% of those who survived their cancer were cured, there was clearly great potential there. For a possible answer, click here.

Sunbathing, considered risky by skin cancer experts, may actually reduce the risk of breast and other cancers, new research has found. Some women who had higher sun exposure had their risk of advanced breast cancer reduced by almost half, according to the scientific study. The researchers from Stanford University, who report their findings in the American Journal of Epidemiology this week, said: "This study supports the idea that sunlight exposure reduces risk of advanced breast cancer among women with light skin pigmentation." The Stanford cancer specialists measured 4,000 women aged 35 to 79, half of them diagnosed with breast cancer, for the effects of long-term sun exposure. Sun exposure may also protect against a number of other cancers, according to a second research team who studied more than four million people in 11 countries, including 416,000 who had been diagnosed with skin cancer. These results, reported in the European Journal of Cancer, show that the risk of internal cancers ... was lower among people living in sunny countries. The researchers said: "Vitamin D production in the skin seems to decrease the risk of several solid cancers, especially stomach, colo-rectal, liver and gall- bladder, pancreas, lung, female breast, prostate, bladder and kidney cancers." Sunlight plays a vital role in the production of beneficial vitamin D in the body. Although food provides some vitamin D, up to 90 per cent comes from exposure to sunlight.

Special Note: For an index to revealing excerpts of media articles on several dozen engaging topics, click here

Finding Balance: WantToKnow.info Inspiration Center

WantToKnow.info believes it is important to balance disturbing cover-up information with inspirational writings which call us to be all that we can be and to work together for positive change. For an abundance of uplifting material, please visit our Inspiration Center.